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The electromechanical waterproof connector is currently a widely used type of connector, and we are choosingElectromechanical waterproof connectorWhen doing so, it is important to pay attention to the following two aspects:

1. Mechanical properties of electromechanical waterproof connectors

The insertion and extraction forces of electromechanical waterproof connectors must meet the corresponding rigidity standards. When we install the electromechanical waterproof connector, the insertion force is too high, making it very difficult to insert, and a long time may pose a safety hazard to the entire machine. For the pull-out force, this requires a larger pull-out force compared to the insertion force. If the pulling force is too small, it is easy to fall off after connecting the electromechanical waterproof connector, and it can also affect the lifespan of the electromechanical waterproof connector.

2. Applicable environment for electromechanical waterproof connectors

When choosing electromechanical waterproof connectors, we must pay attention to their suitable environment. The working temperature and humidity range of the electromechanical waterproof connector must be greater than the working temperature and humidity of the equipment. In terms of high temperature resistance, high-quality electromechanical waterproof connectors can work normally under their target high and low temperature indicators, and their components and performance will not be affected or damaged due to high and low temperatures. In terms of humidity selection, if humidity is too strong, it will affect the insulation performance of electromechanical waterproof connectors. Therefore, when selecting, it is also necessary to consider whether the humidity of the environment will affect the use of electromechanical waterproof connectors. Another important indicator of electromechanical waterproof connectors is seismic resistance, impact resistance, and compression. This is more thoroughly reflected in aerospace, railway, and road transportation. Therefore, the electromechanical waterproof connector needs to have strong seismic resistance, and can maintain normal operation in some harsh working environments, while also maintaining normal operation without damage under huge impacts.